Jewish Haplogroups: What Are They?
By Nadene Goldfoot
First, Jews make up less than 1% of the world population today. There are people who have the genes we carry that are not Jewish.
They could be any of the haplogroups found today, but there are some that are more prevalent than others.
Update: 6/2/14-a video on Jewish DNA to come back to and watch from 2011:
http://www.youtube.com/watch?v=rV619rQus1s&list=PLgHUqrFleJ0WBn0rs_sjLbnqz_-bysVnG&index=2
J1:
(J M267) Abraham and Sarah came from Ur, which was in what is now Iraq. The majority of Ashkenazie Jewish men fall into the Y haplogroup of J. Aaron, Moses’s brother, was the first Cohen, and Cohens are an inherited position and responsibility. Cohens have been found to be J1 and
J2. J2a2; J-M172; J-M92 (J2a4b1) are Jewish DNA haplogroups. One only has to have the 12 alleles tested to have the J-M267 tag. which is the Cohen line.
Remember, our history says that Abraham gave birth to Ishmael through the Egyptian princess handmaiden, Hagar belonging to Sarah, and to Isaac through Sarah, making the lines of Arabs and Jews.
Update 10/7/16 J-M267 on ftdna testing on Arabs: 1 exact match out of 678 tested of United Arab Emirates; Syria Arab Republic-1 out of 341 tested; Saudi Arabia 1 out of 4619 tested, Morocco-2 out of 192 tested; Israel-3 out of 199 tested but 2 were Ashkenazi Jews.
This haplogroup is found to have arisen 10,000 to 15,000 years ago in the Fertile Crescent, and Abraham was born only about 4,000 years ago. He is mentioned in Genesis, living in about the 2nd millennium BCE. His father was Terah and was unhappy with his life in Ur in about 2,000 BCE. and left Ur, which was part of the Sumerian civilization. Besides Jews, Arabs, Armenians and Kurds are found in this haplogroup. Interestingly, Kurds are still living in Iraq, even though Saddam Hussein gassed many of them. Kurds have the closest dna to most Jewish men.The highest frequencies are in Iran and Iraq. It was carried by traders into Europe, Central Asia, India, and Pakistan. Most likely traders could have been Jews, who became involved in such endeavors.
Update: 4/29/14: There is a
J1c3 which seems to be the oldest found. It used to be called J1e,
In the website-http://en.wikipedia.org/wiki/User:Victar/Haplogroup_J1c3_(Y-DNA), they said that 30% of Yemenite Jews have the haplogroup of J1c3 or P58, as it is also called. As I see it, J1c3 was the original or oldest, going back 9,000 to 10,000 years J1c3d
is a subgroup of it. The J1 SNP of L859
tells if you are an Arab Hashimite.
Information from a Hashimite friend:
The ancestor of J1c3 is J1c, and the you're right about it that J1c3d is the descendant of J1c3
It was known as J1e until February 2010 when a number of mutations were discovered in the J1 tree that made a change in nomenclature necessary.
Haplogroup J-P58 originally called J1e.
Haplogroup J1c3, defined by the P58 marker is most frequent in Yemen-Saudi (65%) It is also very common among other Arabs such as those of the Levant, i.e. Palestinian (38.5%), Syria (30%), Lebanon (25%). In Jewish populations, J1c3 constitutes 30% of the Yemenite Jews, 20.0% of Ashkenazi results, and 12% of Sephardi results
Update 6/16/14: There is a J1c3 that is an mtDNA haplogroup, and there is a J1c3 Ydna haplogroup that is also referred to as P58. 23&Me uses this for mtDNA, and FTDNA uses it for YDNA. This can be very confusing. Also, when you transfer your tests, the companies do not list your haplogroups, only the company doing the original testing.
But the chances are high that Abraham and father were J1c3, but Noah could have been J1c. J1c3d Arabs/israelites are the direct descendants of Abraham in that case.
There is a
J2 which is associated with the spread of agriculture during the Neolithic Period from Anatolia, and this is found in central Asia, the Mediterranean, and south into India.
Ashkenazi Jews have 15-23% of J2. Sephardi Jews have 15-23% of J2. Evidence from case studies is presented that allows the definition of a new subclade of Y Haplogroup J2b-M102. The defining binary polymorphism of the new subclade is a deletion event in the Y-STR marker, DYS455. The present study shows that the new subclade is located in the J2b phylogeny downstream from the previously defined subclade J2b-M241. The members of the subclade were asked about Ashkenazi and Cohanim backgrounds on their patrilineal lines and of the four who responded, all four are Ashkenazi Jews and Cohanim. This suggests that future Y-chromosome studies involving Ashkenazi and Cohanim should type DYS455 to investigate further this possible link
J-M172; J-M267 has been found in men with the surnames of Cohen.
J2a4b is a German Jewish line, part of J-M67.
J2a4 or -L26, has a Lisbon, Portugal person, so it must be Sephardic.
Update: J2a4 is now found to be from Zadok, high priest-ancestor of Aaron.
J1-P58 is found in both Ashkenazi and Sephardi to be from Aharon (Aaron) with J1-Z18271 as the Cohen factor with others coming from this. (acadamia paper) J2 is older than J1.
G: 7% of Ashkenazies are in the G, and G2 haplogroup. and G-2a. This may have originated along the eastern part of the Middle East or India or Pakistan 30,000 years ago and dispersed into central Asia, Europe and the Middle East. G with a P15 mutation is found mainly in the Caucasus, Balkans, Italy and the Middle East.
Update: 5/10/2012-Types of Jewish G may have come from Khazaria.
Update: 10/27/15-Jewish G2c might have originated 770-1100 years ago, most likely in Italy. (A.Z.resource through R. B. of G group)
9/13/16 G-M377 is one of the Ashkenazi haplogroups.
Q1b1: 5% of Ashkenazi Jewish men are found to be Q1b, of which is my father’s haplogroup
(Q1b1a or Q-L245) and the latest is called Q-Y2200, updated to Q-BZ67. Q originated in Central Asia 15,000 to 20,000 years ago and the men migrated through northern Eurasia into the Americas. Q3 became Native Americans coming from a mutation that happened 8,000 to 12,000 years ago. Q1b’s are from the Altai Mountains in Mongolia, Siberia and parts of Turkey. Khazaria may be the home of Q1b’s, and therefore these men could be part of the Ashina Royal Dynasty. Their common ancestor was a man 1,000 years ago.
New Q SNP test results in: Q-L245 is Ashkenazi, Q-Y2780=ca 1400 CE; Q-&Ip1071=ca 700 CE, Q-&Ip1010-11 YP1008=800 CE, Q-&P1009=1400 CE ;
4/21/10: P.S.Now we're not positive if Q1b comes from Khazaria though if I had to bet I'd bet that it is. It hasn't been accepted by the main body of scientists who decide such things. To me it's the most logical place, but we have no actual proof. We need more, perhaps several bodies with teeth that could be tested for the Ydna from Khazaria. Most likely the population of Khazaria was made up of a mixture of people from various haplogroups, but it's the Royal family that we're hoping to turn out to be Q1b's as the Royal family converted to Judaism but did not force their people to convert.
Researcher: Prof. Alfred Krupa: " As for my Ashina of Khazaria certification, it has been issued by the largest genetic company IGENEA of Zurich, after agreement from the worlds largest genetic company FTDNA of Houston. Bennett Greenspann has been advised about all elements of formal papers and my own research,and approved such conclusion".
Update: 5/10/2012 Q1b1 is losing out in being considered as coming from the Royal family of Khazaria. DNA expert Rebekah Canada reports that they're thinking maybe G types and R1a1a types more likely candidates.
Double Update: 5/10/2012 from Rebekah Canada:
Updated on SNPs 5/26/16 to Q-BZ67.
Is Q-L245 found in modern Arab populations? Yes
Is Q-L245 found in modern Anatolian populatons? Yes
Is Q-L245 found in modern Iran and Iraq? Yes
Is Q-L245 found from the modern locations of the Ancient city of Ur down to the tip of Saudi Arabia and Oman? Yes
Does that cover the places where ancient Israel, Judah, and Sumaria were? Yes.
Q, Q-L245 or Q1b1a, now Q-BZ67 is the haplogroup of my father's line. This is very exciting news today because Abraham came from Ur, and this gives me the theory that he may also have been of this group. Whereas Moses and Aaron may have been of the J1 haplogroup, that doesn't necessarily mean Abraham had to as well. Without a time machine and a test kit in it, we're left to theorize intelligently.
Update: 7/7/13: Sorry, I did a tree from the Torah's information and Abraham would have been the direct descendant of Jacob's 12 sons. So Moses would have been directly from Abraham. Moses was of the Tribe of Levi. Moses was the 6th generation from Abraham directly or his 3rd great grandson.
Update: 5/29/12; The latest news for our group is that our origins were around Pakistan and India this must include the Assyrian Empire. Mesopotamia was a part of Assyria, and in that empire sits Ur, which is located today in northern Iraq. This Semitic Akkadian Kingdom was from the 25th century BCE down to 608 BCE from the upper Tigris River in Northern Mesopotamia.
Some Western Jews belong to Q-M378 as well. Q-M378's subbranch Q-
L245's subclades Q-Y2200 and Q-YP1035 are the only varieties of
haplogroup Q that are found in Ashkenazi Jews. Citizen scientists found
that some Sephardic Jews carry different subclades of Q-L245, including
Q-BZ3900, Q-YP745, and Q-YP1237. hen we first started we were bewildered men of northern European descent most of us with a Jewish heritage who were members of Haplogroup Q. If we paid the extra money and had our SNPs tested we found that in addition to the M242 SNP that put us into Haplogroup Q we also had SNP P36.2 which put us into subgroup Q1* but this was pretty much meaningless for us.Over time though, new branches have been discovered. Some of these clearly define Jewish branches on the Q tree. Others pose ongoing questions that must be answered with additional testing and research.
Branch Paths
This is what we know about Jewish Q branches so far. Note that when we specify a group within the Jewish Diaspora we are only reporting where the branch is most common today.Q-Y2232
This branch is primarily found in the modern Ashkenazi Jewish population. For those with Ashkenazi Jewish oral traditions, our definitive SNP appears to Q-Y2232. Other Jewish Diaspora Q branches seem to come from elsewhere on the Q tree. They likely came into the Jewish population separately from Q-Y2232. Immediately above Q-Y2232 is Q-Y2200. It is unclear right now how and when those who are Q-Y2200 but not Q-Y2232 are related to their Ashkenazi Jewish cousins.
Behar and others published a scientific paper January 2004 found 5.22% of Ashkenazi Jewish men to have the P36 marker (a SNP downstream from M242 and upstream from M378) whereas among the non-Jewish neighbors there was only 0.3% had this SNP. It now appears that many of us also have another SNP downstream from M378, the L245. As the results from additional testing become known we will share that information.
12/27/23: We analyzed 47 fully sequenced Y-chromosomes and reconstructed the haplogroup
Q3 phylogenetic tree idetail. Haplogroup Q3-L275, derived from the oldest known split within Eurasian/American Hap- hllogroup Q, most likely occurred in West or Central Asia in the Upper Paleolithic period. During the Mesolithic and
Neolithic epochs, Q3 remained a minor component of the West Asian Y-chromosome pool and gave rise to five branches
(Q3a to Q3e), which spread across West, Central and parts of South Asia. Around 3-4 millennia years ago.
Phylogeography of human Y-chromosome haplogroup Q3-L275 from an academic/ citizen science collaboration by Vladimir Guriuanov
4 millennia ago (Bronze Age), the Q3a branch underwent a rapidexpansion, splitting into seven branches, some of which entered Europe. One of these branches, Q3a1, was acquired by apopulation ancestral to Ashkenazi Jews and grew within this population during the 1st millennium AD, reaching up to 5%in present day Ashkenazi.
R, R1, R2, R1a, R1b haplogroups are believed to have originated in NW Asia between 30,000 and 35,000 years ago. R1 is very common in Europe and Western Eurasia. R2 is rare and found only in Indian, Iranian and central Asian populations. R1a is most common among eastern European Slavs and populations in India and central and western Asia. It was thought to be the Khazarian Jewish lineage. They most likely originated in the Eurasian steppes north of the Black and Caspian seas in the Kurgan people who lived there around 3000 BCE and known for the domestication of the horse.
Update: 5/10/2012: Subtypes of R1a1 may have come from Khazaria.
Update 6/25/15: R1a1, R1b, and R1a1a or R1a-CTS6 is the Levite haplogroup. Read www.levitedna.org. for more information. Jeff Wexler discovered this line of Ashkenazi Levites. Analyses posted here. R1a1 is common among Ukrainians-thought to have originated there, Russians, and Serbs (Slavic speakers in Germany, as well as among Central Asian populations with admixture possible with Ukrainians, Poles or Russians.
A later 2005 study by Nebel et al., found a similar level of 11.5% of male Ashkenazim belonging to R1a1a (M17+), the dominant Y-chromosome haplogroup in Central and Eastern Europeans.; R-M269; R1b1a2a; R-V88 are found among Jews. R-L47-from R1a, Jewish Update: R-M17: Levites carry this , not from ancestral Hebrew population, did not resemble other Y chromosomes from the Jewish population studied. From Slavic source, 1,000 years ago, if not from Sorbs or Belarusians ancestors, could be from Khazars-Turkish empire.
Update:9/19/19
https://www.academia.edu/13830064/Phylogenetic_applications_of_whole_Y-chromosome_sequences_and_the_Near_Eastern_origin_of_Ashkenazi_Levites?email_work_card=view-paper
R1b is the most common haplogroup in Europe and expanded throughout after the last ice age, 10,000 to 12,000 years ago. It contains the Atlantic Modal Haplotype. R1b formed from a group that emigrated from Africa 50,000 years ago and eventually settled in Europe in the last 30,000 years. It has high frequencies among the Welsh, Basques, Irish, English, Portuguese, French and Dutch. It's occurrence among Ashkenazi Jews may be an indicator of admixture that happened at the time of Jewish residence in the Rhine Valley prior to migration to Eastern Europe. Prevalent among the Marronite Christian community in Lebanon and represents establishment of European enclave in Lebanon by religious Crusaders in 11th -13th centuries.
R-M269 (R1b...) It's a Galicia- Ashkenazi haplogroup, and not that common.
This is found in low frequencies in Europe, Central Asia and Central Asia. It is thought it moved from Europe into Asia. It is found in Armenia, Germany, Ireland, Italy, Turkey and Ukraine.
In some cases, major downstream mutations such as M269 are used to identify R1b, especially in regional or out-of-date studies Update: 4/30/15
Update 5/15/15 The surname of Cohen has found an R-M269 haplogroup.
R-M124.(R2a) developed 25,000 years ago in Central Asia, the 2nd wave of migration in India; ..from Ashkenazi in Ukraine While some indigenous peoples of The Americas and Australasia also feature high levels of R-M207, it is unclear whether these are deep-rooted, or an effect of European colonisation during the early modern era.
It's been found in the Lithuania=Poland-Ukraine area in Jewish population. R (R-M207)
Haplogroup R* Y-DNA (xR1,R2) was found in 24,000-year-old remains from Mal'ta in Siberia near Lake Baikal.[4] In 2013, R-M207 was found in one out of 132 males from the Kyrgyz people of East Kyrgyzstan.[8]
E, (E1b1b1) whose name was then changed to
E-M35. Another line on the same level was E-M35.1 which is now being called
E-L117, and E-M84 of Berber origins. E1b1b1-m35 is now Z830 cluster B or E-Z830-B. This is the haplogroup of Albert Einstein whose ancestor was Naphtali Hirsh Einstein b: 1733-d: 1799.
E1b1b1c1a is now called M84. About 4% of Jews are of M84. E3b, mentioned by Harry Ostrer in Legacy,
Update 6/27/17
Originally from Africa 50,000 years ago it was thought, now more likely the Middle East, shares common ancestry with haplogroup D. It has groups in Africa and the Middle East. Some clades are also found in Europe among those living near the Mediterranean, believe to represent the ancient genetic influence from the Middle East to Europe.20% of Ashkenazi Jews are E1b1b.
Haplogroup E1b1b1 is a very Jewish line. (from Albert Benhamou) added 5/2/2012 Albert Einstein belonged to haplogroup E1b1b1b2* E-Z830, with a sample taken from a paternal descendants of Naphtali Hirsch Einstein
. Also, According to a genetic study in December 2012,
Ramesses III, second Pharaoh of the
Twentieth Dynasty and considered to be the last great
New Kingdom king to wield any substantial authority over Egypt, belonged to Y-DNA haplogroup
E1b1a, mainly found in
sub-saharan Africa. He of course was not Jewish but Jews lived in Egypt for 400 years as slaves.
Added 2/15/13.
E-M35.1 now called (E-L117) is the 2nd most frequent haplogroup found in Jewish families.
This is the same as
E1b1b1 that Einstein had. It's just been given a newer title. 18% to 20% of Ashkenazi Jews carry this and 8.6 % to 30% of Sephardi Jews carry it. It is the 2nd highest haplogroup found in Jewish men after J1. "
The E1b1b1 men claiming to be Levites may have existed in Israel before the Diaspora of 70 CE.
"E1b1b1 may have arisen instead of Africa, in the Near East or the Middle East 20,000 years ago and then expanded into the Mediterranean with the spread of agriculture. E-M35, the most current group of E1b1b1 includes the individuals with no known sub-clade mutations (who are therefore said to be in the "ancestral state" referred to as E1b1b1 or E-M35) and now we have the E-L117."
Men with surnames of Cohen are also found to have E-M96; E-L117 as haplogroups.
Updated 7/22/15
UPdated 7/23/15 18-20% of E-L117 make up Ashkenazi and 8.6-30% of Sephardi population, 2nd largest to J1's Cohen gene.
http://www.youtube.com/watch?v=zMPjkfCGz2k
http://www.e1b1b1-m35.info/2011/02/e1b1b1-jewish-haplogroup.html
E3b may have evolved in the Middle East before going into the Mediterranean during the Pleistocene Neolithic expansion. It’s found in many Arab populations and in areas around the Mediterranean. It’s in East and North Africa among the Berbers and in SE Europe.
The Cohen Samaritans are found with E3b due to an admixture event. The Lemba's of South Africa have 2.9% of E3b. Cohens with J1 have 1.5% of E.
I haplogroup is found in Scandinavia and Croatia with some in the Middle East, which most likely is the source. This was probably very common in the Viking populations.
T haplogroup; I have just found 2 Jewish men with this haplogroup; T-M70, with the same surname. T1a1 clusters along an east-west axis from Iran to Spain. T1a2 is found both in northern Europe and southern Africa but is rarer in the eastern and western edges of T's distribution zone. To date, T1a3 has only been found in Kuwait. Something to do with phoenecian sea farers., could have been carried by phoencians, found in Lebanon.
Jewish women fall under Mitochondrial Haplogroups.
Bryan Sykes had found 7 major mitochondrial lineages for modern Europeans but other now put the numbe at 10-12. The added daughters include I, M and W. The European haplogroups are now remapped as H, J, K, N1, T, U4, U5, V, X and W.
K: 33 1/3 % of Jewish women are in the K (Katrina) haplogroup. It’s a sub-branch of
U haplogroup which first appeared in the Holocene Epoch after the last glacial maximum when people went into Europe. It’s low among non-Jews except for
Druze. There are 4 main sub-divisions of K amongst Jews, unique just to Jews. K is 6% European and 15K Years before the present, meaning I think 15,000-25,000 years ago and originated in N. Italy. (
Mitochondrial DNA haplogroup K is itself many thousands of years old. There are several branches that are found in Jewish populations. The one with the highest frequency is:
K1a1b1a. then kaa9 or K1a9, k2a2a. This high percentage points to a genetic bottleneck occurring some 100 generations ago. Ashkenazi mtDNA K clusters into three subclades seldom found in non-Jews: K1a1b1a, K1a9, and K2a2a. Thus it is possible to detect three individual female ancestors, likely from a Hebrew/Levantine mtDNA pool, whose descendants lived in Europe.(upgraded 10/5/13.in searching Syrian Jewish mtdna.) Many Jewish people came into Syria from the 1492 Spanish Inquisition. There were Jews in Syria before that group had entered as well. origin=16,000 years ago in Near East
Rachel 's comment, Haplogroup K is super
common. One study found 32% of Ashkenazi Jews are descended from
three women in Haplogroup K.On my paternal side, 3 of my great great grandmothers are in
Haplogroup K and the 4th is Haplogroup W.
H: 21% of Jewish women are H (Helena) haplogroup. There are unique characteristics in H among Jews not found in non-Jews. However, this is found in half of European women’s ancestry besides being common in North Africa and the Middle East. It’s linked to population expansion about 20,000 -30,000 years ago and originated in the Caucasus or Europe. As Jewish men journeyed, they married non-Jewish women who converted, especially in the beginnings of their wanderings. H is 47% European and originated in Southern France. It is the largest haplogroup for women.
added 6/15/11: I've found an Ashkenazi Jewish woman who is H7, and feels she is 100% Ashkenazi. This may be the line mentioned above with the unique characteristics. I'm not sure.
HV: 40,000 years ago in the Near East HVO 4.1% to Jewish group: H6a1a (H1b1-T16362C)
H: over 35,000 years ago in the Near East or southern Europe, 20.5% to Jewish group
H1b: 13,000 years ago in Europe
H3:10,000 years ago in western Europe
H2a1 is my mt haplogroup. My grandmother came from Lumsheden, Sweden.
N: 75,000 years ago in NE Africa; N1b: 10% of Jewish women are N1b., one of the NE African lineages and thought to have originated in Africa 50,000- 60,000 years ago. It’s common in the Middle East and main source of various European female groups including B,F, H, J, R, T, and U.
N: 75,000 years ago in NE Africa
J: 7% of Jewish women are found to be J1, (Jasmine) which originated about 40,000-
45,000 years ago in
Near East or Caucasus/ central Asia and is associated with the spread of farming and herding in Europe during the Neolithic Period beginning 10,000 years ago. It’s common in the Middle East and among Jews. J2 is localized in the Mediterranean. J is 17% European originating in the Middle East about 10,000 years ago and is the 2nd largest haplogroup for women. Another J listed is 5% European originating in N. Spain about 17,000 years ago.
J, J1, J1a: 27,000 years ago in Near East; J1b: 23,000 years ago in Near East; J2 originated about 45,000 years ago in central Asia and during the Neolithic Period were associated with the spread of farming and herding in Europe. It's common in the Middle East, Europe, the Caucasus, North Africa and among Jews. J1c7a.
Found in northern Italy and Anatolia of Near East. J2 is more localized in the Mediterranean.
Update: J2 seems to be coming from Phonecians. J1 is about 7% of MT in Jews. Latest resource includes Canaanites and Phonecians as J2. Both were assimilated into the Jewish Tribes during the entering of Canaan. 30% Jews have J2.
Update: 4/5/16:
https://en.wikipedia.org/wiki/Haplogroup_J-M267 J M267 is found in Jews of Cohens at 46.0%. It's also common with the Arabs. Syrian Arabs are found to have 33.6%, and Sunnis from Hama at 47.2%. Ismailis from Damascus are found to have 58.5%.
W (Wilma) is a small group that appears in the western Ural Mountains, the natural border between Europe and Asia and the eastern Baltic area, and is also found in India. This is what my Polish/Lithuania grandmother turned out to be. Not all W’s are Jewish, of course. It occurred first about 20,000-
25,000 years ago in NE Europe or NW Asia. It is figured that 1.8 million carry W in Poland, and 2.7 million carry it in Russia. It's found all over the world. Its highest frequency is in Ukraine, European Russia, Baltic countries and Finland (3 to 5% overall), as well as in northern Pakistan (15%), Punjab (9%) and Gujarat (12%). In Indian it is considerably more common among the upper castes and among Indo-European speakers. Actually, 14 types are found in Ashkenazie Jews that were found by Behar, main researcher in dna of the Jewish people. My grandmother was
W 16145A, 16223T, 16265G, 16519C. Jewish W made up 3.1% in a test in Poland and 2.7% in Russia and te Ukraine.
http://www.thecid.com/where.htm, contributed about 1.6% to Jewish group
It is thought that Ashkenazi Jews descend from four Jewish women today. They are thought to be from pre-historic Europe. (
Here we show that all four major founders, ~40% of Ashkenazi mtDNA variation, have ancestry in prehistoric Europe, rather than the Near East or Caucasus). N is one of the lines.
Behar thinks there was a bottleneck in Ashkenazic populations. This means that a large population experienced a sudden extreme population decline followed by renewed growth. The result was that almost half of Europe’s Jews were descended from just four women who lived 1,000 years ago.
A new fact has emerged about dna. It’s called the AMOVA phenomenon. It means that the environment makes the initial changes in DNA and then heredity transmits them. There is a Middle East type AMOVA and a European type and these types cut across haplogroup distinctions. This phenomenon is still in discussion.
What I find interesting is that my grandfather, from Lithuania, was a Q1b with origins in the Altai Mountains and he met and married my grandmother in Council, Idaho, a mountain mining town. Her origins were in the Ural Mountains, and she came from Lithuania/Suwalki, Poland. They then moved to Portland, Oregon.
So now I believe that Abraham was in the J or J1haplogroup . Moses and of course his brother Aaron were J1. So was Ishmael, Abraham’s first son by Hagar, the Egyptian handmaid of Sarah who became the father of the Arabs.
In my opinion only, as for Sarah, she could have been a J or J2 . Hagar, the Egyptian could have been N, or H.
Update from Alfred Krupa 12/23/14, our Q1b1a cousin
I wonder all the time how we Jews are made up of several haplogroups other than J1, the Cohen gene from Aaron, Moses's brother. After all, Abraham must have had J1, and of course Isaac and Jacob and all the rest of the males born to them. They settled in Canaan. Here's what could have happened besides the others that came along with the family in the Exodus. Some haplogroups could have come from the 5 groups listed. I'm guessing, but it's possible.
"The Israelite Kingdom arose in the 11th century BCE in an area between modern-day Lebanon, Jordan and Saudi Arabia. Current archaeological evidence indicates that the Israelite kingdom arose out of the earlier, Bronze Age Canaanite culture of that region, and displayed significant continuity with the Canaanites in culture, technology, language and ethnicity (Dever 2003, pp. 153-154).
While the Canaanites were a Western Semitic people indigenous to the area, they appear to have consisted of a diverse ethno-cultural mix from the earliest times. It is from this diverse group that the evolution of the Israelites occurred. Although little is known about these groups, they probably included some of the following populations:
- Amorites: Western Semites like the Canaanites. They were probably the pastoral nomadic component of the Canaanite people. (I"ve ruled them out already.)
- Hittites: A non-Semitic people from Anatolia and Northern Syria.
- Hurrians (Horites): A non-Semitic people who inhabited parts of Syria and Mesopotamia. Many kings of the early Canaanite city-states had Hurrian names.
- Amalekites: Nomads from southern Transjordan. Even inimical references to this group in the Hebrew Bible “tacitly” acknowledge that the Israelites and Amalekites shared a common ancestry.
- Philistines: Referred to in ancient texts as “Sea Peoples.” They invaded and settled along the coasts of ancient Canaan. Their culture appears to stem from that of Mycenae.
(Dever 2003, pp. 219-220)." Reference: http://www.jogg.info/11/coffman.htm
Reference: Abraham’s Children, Race, Identity, and the DNA of the Chosen People by Jon Entine.
http://www.britam.org/Questions/mtDNA.htm1
Seven Daughters of Eve by Bryan Sykes
Peter Fischer-on W numbers
DNA & Genealogy by Colleen Fitzpatrick & Andrew Yeiser
usion".http://www.eupedia.com/europe/origins_haplogroups_europe.shtml#W
http://en.wikipedia.org/wiki/Haplogroup_J2_(Y-DNA) added 6/16/11
http://www.youtube.com/watch?v=nJKv9oPE7eU
http://dienekes.blogspot.com/2004/12/haplogroup-e3b-and-ancient-jews.html
Update: 8/14/13
http://m172.blogspot.com.au/2008/10/phoenician-footprints-in-mediterranean.html on J2
http://jewishfactsfromportland.blogspot.com/2009/09/jewish-womens-dna.html
http://www.igenea.com/en/forum/d/haplogroup-j/167
http://www.britam.org/Questions/mtDNA.html#7
http://en.wikipedia.org/wiki/Archaeogenetics_of_the_Near_East (update 1/4/14)
Update: http://www.eupedia.com/europe/european_y-dna_haplogroups.shtml
http://en.wikipedia.org/wiki/Haplogroup_K_(mtDNA)
update: 3/19/15 http://www.nature.com/ncomms/2013/131008/ncomms3543/full/ncomms3543.html
http://www.britam.org/Questions/mtDNA.html#7
https://en.wikipedia.org/wiki/Ashkenazi_Jews
http://www.anthrogenica.com/archive/index.php/t-2880.html
Update: https://www.nature.com/articles/ncomms3543
Update:
LEGACY, a Genetic History of the Jewish People by Harry Ostrer, 2012, Oxford University Press
http://dgmweb.net/DNA/Carrico/CarricoDNA-results-HgJ2a4.html
https://www.familytreedna.com/groups/j-2a-4-levant-genetic-match/about/background
https://mail.google.com/mail/u/0/?tab=wm#inbox/FMfcgxwDqxNKcbsmwJGfHNsbtNJDBDvW Adadamia